MIM Medical Devices Surgery Forceps Parts

MIM Medical Devices Surgery Forceps Parts

Medical Industry looks for superior physical properties, flexibility in selection of materials, corrosion resistance properties & reliability. Innovation in product design combined with artificial intelligence plays a vital role in today’s medical & surgical applications. Our offerings include high performance materials (e.g. SS316L, 17-4PH, SS420, SS304), stringent quality control, repeatability in dimensions, maintaining tight tolerances, ensuring product with superior corrosion resistance properties, extensive support in design & engineering, proto-typing activities in product development, support in multiple stage of product modifications, performance testing & supply of fully finished components. Our dedicated team with more than 15 years of experience & expertise in MIM technology are ready to support you in all critical requirement. We also provide solutions in over-molding & micro-molding.

MIM is widely used in the medical equipment: such as scissors, tweezers, orthopedic dental brackets, body suture needles, biopsy sampling forceps, scalpel handles and so on.

What’s the MIM technology and its advantages and features.

it’s suit to do mass production with complicated shapes;
1, MIM is an advanced metal forming technology that use injection molding machine to manufacturing precision and complex metal parts, which combines the advantage of PM and plastic injection molding.

it can use all kind of metal material(such as stainless steel, iron, ceramic and titanium, etc)

its relative density can achieve more than 98%

its finished products is close to final products, reducing the post-treatment cost, and then save production cost

compared with tranditional CNC and precision casting process, the structure are more even and preformance is much better

compared with PM(Powder Metallurgy), MIM can produce more complex shape and better preformance metal products.

Medical Device Metal Components Manufacture Compare with other process 

Medical Device Metal Parts MIM Material